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www.sdi.co.uk Scottish Development International SUBSEA TECHNOLOGY SCOTLAND Dec 2014 Akira Matsueda – SDI Murray Bainbridge- SDI Scott Wilson – Scottish Enterprise 1

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www.sdi.co.uk

Scottish Development International

SUBSEA TECHNOLOGY SCOTLAND

Dec 2014

Akira Matsueda – SDI Murray Bainbridge- SDI Scott Wilson – Scottish Enterprise

1

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Introduction & Background Ocean Industries Subsea Industry Key Subsea Companies Key Research Capabilities Education and Training North Sea Future Strategy

Contents

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Introduction & Background

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Introduction and Background

•Scottish Enterprise

•Economic Development Government Agency •Scottish Development International

•Inward Investment & International Trade

•Sustainable Economic Growth

•Innovation and Technology Development

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Ocean Industries in Scotland

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Ocean Industries in Scotland

Aquaculture

Fishing Subsea Oil and Gas Wave and Tidal

Offshore Wind Defence

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• Ocean industries sector approx £33B of turnover (¥5.6T) • Oil and Gas sector approx £25Bn (¥4.2T)

• Around 4000 employed in the core marine sector

• Of these, 30% were employed in seafood and fishing

Ocean Industries in Scotland

core marine sector

Oil and Gas sector

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Subsea Industry in Scotland

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Subsea Sector Output

Scotland

UK

RoW

• Scottish Output over £7.5 billion

• 36% of world subsea market

• Growth is due to both export and domestic market.

• North East Scotland dominates output due to presence of large contractors.

Global Subsea Market £21 billion (¥3.5T) Expected to double over next 5 years

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KEY FACTS

• The subsea sector in Scotland is worth an estimated £7.5B per annum (¥1.2T)

•370 subsea companies, employing over 38,000 people

• Serving multiple sectors: • Oil & Gas • Defence • Renewables • Shipping

• Range of specialist activity areas: • Manufacturing • Consultancy • Services

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SUPPLY CHAIN – percent of companies offering

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Key Subsea Companies Profile

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Company Overview – i-Tech7

• Global leader in the supply of ROV and bespoke tooling services to the subsea sector

• 40 years of ROV experience and an intensive Research and Development programme with R&D teams located globally including Aberdeen

• Design, build, operate and maintain exclusive, globally available pool of subsea tooling solutions

• Setting industry standards adopted by operators across the globe

• Fleet of vehicles suited to survey and inspection services aided collaboration with survey and inspection departments in Subsea 7

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Company Overview – FMC TECHNOLOGIES

• subsea production systems for pressures up to 15,000 psi and water depths up to 10,000 ft.

• subsea trees, • wellheads • production and processing systems, • surface wellhead systems, • high pressure fluid control equipment,

measurement solutions • marine loading systems

• R&D facility of 250 people for the development of

technologies such as • optical spectroscopy, • optical fiber sensing • wireless communications, • fluorescence leak detection

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Company Overview – Bibby Offshore

• subsea construction, inspection, repair and maintenance

• surface vessel support fleet with permanent subsea deep dive and ROV capability

• long track record of successful delivery: • Flexible flowline, umbilical installation and tie ins • Riser installation • Structure installation (WHPS/PLETS/PLEMS etc) • Diver and ROV supported tie ins • Diverless construction activities • Deepwater IRM • Pipeline inspection services

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Company Overview – Forum Energy Technologies

• World leading product manufacturing, and engineering group incorporating a number of global brands across the subsea industry

• Sub-Atlantic: leading manufacturer of Comanche, Mohican, Super Mohawk, Mohawk, Mojave, Tomahawk and Navajo Electric Observation ROV Systems and subCAN high speed communications data network system

• Rovdrill: specialized drilling and assessment system enabling successful deepwater drilling and exploration, in situ testing and coring tasks on the seabed and easy integration with most work-class ROV systems

• Visualsoft: ROV control and simulator software suite

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Company Overview – AC-CESS

•world leading manufacturer of remotely operated vehicles (ROV) and underwater inspection systems and products

AC-ROV 100 and 3000 Features

•weight of just 3kg at 204mm x 151mm x 146mm. •applications, offshore, onshore or down pipes, •one person can easily deploy the system in less than 3 minutes

•can also be controlled with one hand, •5 degrees of freedom equal forward and lateral thrust •application is Commercial, Security, Emergency or Recreational • depth rating 100m and 3000m

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Company Overview – WFS TECHNOLOGIES

•world’s leading supplier of through-water and through-ground wireless technology for communication, navigation and power transfer.

•signal can penetrate water, air, across the air/water interface and even through solid material (seabed, ground, harbor walls, ice) to allow two-way comms at high data rates and with low latency. (~156kbps @ 4m -7m))

•applications include data transfer between underwater sensors and unmanned underwater vehicles (ROVs and AUVs) and Wireless Pan Tilt Zoom Camera

• inductive charging function to sensors, data loggers, control systems and AUV docks - wirelessly. 10W – 3kW at up to 90% efficiency at up to 30cm – No wet mate connection needed

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Company Overview – Bowtech Products

•Underwater Vision Specialists

•Design, Manufacture and Supply….

• Visual inspection systems and controllers

• Xenon underwater strobes

• Subsea electrical and fiber optic connectors

• ATEX certified explosion proof systems

• Pan/Tilt/Zoom colour cameras

• Underwater LED lighting

• Customers across Subsea, ROV , AUV, Oil and Gas, Defence, Nuclear, Oceanographic Research and Marine Science industries

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Company Overview – C-Technics

• Manufacture high quality underwater video and

communications products for offshore and ROV industries

• Design and supply of electronic equipment for marine

environments

• Underwater video systems to suit most diving and ROV

requirements

• Underwater LED lighting and subsea scaling laser modules

• Supply and services to:

• Oil & Gas

• Military

• Scientific

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Company Overview – NAUTRONIX

NASNet

• subsea positioning system combining long baseline & GPS

concepts upto 5000m depth and 10Km range

NASCOM

• wireless systems for BOP with world first acoustic MUX

NASDrill

• vessel riser / anchor positioning using spread spectrum

NASDive

• Diver Communications - unscramblers , Emergency through water NASeBOP • acoustic control system to meet the requirements of mission critical BOP

• Pig Tracking – magnetic Pig signallers

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Company Overview – ALBA ULTRASOUND

•Piezo-composite technology in both sonar and NDT.

•customize Piezo-composite Transducers and Arrays, employing state of the art design and manufacturing techniques.

• in-depth understanding of materials and processes for operation in the most demanding and harsh environments.

•mechanical, electrical and acoustic design capability allows them to work closely with their clients to optimize every aspect of the transducer design.

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Company Overview – TRITECH

•specializes in high performance sonar, video cameras for Energy, Defence , Security, Engineering, Survey, R&D

•multibeam, scanning, profiling, bottom profilers, side scan, bathymetric systems, altimeters, FPSO, littoral zone

• Digital Sonar Technology , CHIRP

•riser and anchor monitoring system is a 360° riser and anchor chain monitoring system for FPSOs beneath the vessel to monitors the presence, integrity and position of mooring lines and risers 24/7 from a single sonar head.

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Company Overview – SEEBYTE

•advanced awareness control systems for unmanned systems AUV and ROV, integrated technology into land, air and sea solutions.

• first autonomous inspection of riser pipes using ROVs

• first AUV autonomous docking technology using sonar / video

•world-record held for AUV pipe tracking demonstrated

in the North Sea - 22 km autonomous tracking

• first commercially available automatic manmade underwater

object-identifying software using side-scan

• partnerships with Subsea 7 for AIV system

Video AIV platform with Subsea 7

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Company Overview – HYDRASON

• Biomimetic wideband pulsed sonar based on Dolphin capability for object identification in

shallow cluttered waters

• Standard sonar - Increasingly high frequency, limited range,

external view only black and white, intensity only, size; shape

• Biosonar – Wideband (30kHz to 150kHz) , Lower frequency,

• See what’s inside, more informaton

acoustic colour; texture, material; composition, contents; condition

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Company Overview – Teledyne CDL

• Inertial Navigation for both Subsea and Surface (Offshore and Onshore) applications,

• High Accuracy GPS Positioning Systems • Remote & Topside Data Collection, • Attitude (Heading, Pitch & Roll Sensors) • Sensing, Data Transfer, • Multiplexers

Smallest Fiber Optic Gyro in world

• World's First 3D Scanning Subsea LIDAR

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Company Overview – OCEANTOOLS

OceanSense leak detection systems • Photo multiplier 50 times as sensitive as conventional “black light” detectors • ROVs lights do not have to be turned off – improved safety • Detection range up to 7m • Results visible both on camera and via software • Detects wide range of dyes & substances • No dangerous lasers

• Fiber optic gyrocompasses

• ROV video overlays

• Pan and tilt units

• Subsea displays

• Heading, attitude and tilt sensors

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Company Overview – KONGSBERG

Underwater Camera Systems up to 8000m depth

• Harsh Environment CCTV Systems:

• Offshore Drill Support CCTV

• Commercial Vessel CCTV

• Naval Ships CCTV, Submarine CCTV

• Naval Underwater Vehicle and Diver Deployed Cameras

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• 3D Real Time Sonars – Echoscope® and Dimension®

• Instantaneous, high definition real time 3D sonar

• 3D scene completely updated at up to 20 Hz

• Up to 3000m depth

• Single or dual frequency sonar

• Up to 16,000 beams using phased array

• Marine construction, dredging, oil and gas, port

and harbour security, ROV & AUV

• Marine Geophysical Survey

• Motion Sensing

Company Overview – CODA OCTOPUS

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Company Overview – Caley Ocean Systems

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Company Overview – THALES OPTRONICS

• designs and manufactures world-leading electro-

optic night vision systems and equipment.

•supplier of periscopes and optronic masts for

Royal Navy’s and Japanese submarines

•supplied most of the UK’s armoured fighting

vehicles with night vision equipment.

•design and manufactures reconnaissance pods,

and Infra-Red Search & Track for the Eurofighter

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Company Overview – James Fisher Defence

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SAMS Research Services Ltd

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Key Research Capabilities

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Research Overview - ExploHUB

• exploration training environment preparing geoscientists

• state-of-the-art technology for exploration

• visualisation facilities gifted by Halliburton

• supported by:

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Research Overview – TUV NEL

• technical consultancy, research, testing,

flow measurement

• developing technologies for subsea water quality

measurement including

• Laser Induced Fluorescence

• Image Analysis

• Particle Detection

• Ultrasonic Acoustic Measurement

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• Industrial Collaborative R&D Club

• facilitating collaborative technology innovation and deployment in the oil & gas sector

• subjects have included

• subsea communications,

• AUV inspection,

• petro-physics,

• seismic acquisition,

• geomechanics,

• sand control

• supported by most of the major producers and support services companies

Research Overview – Industry Innovation Technology Fund

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Research Overview –Subsea Research Initiatives

• a direct link between the subsea community and academia as well as government

• facilitate the development of subsea technologies

• collaboration between industry and academia

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Glasgow

Edinburgh Heriot Watt

Robert Gordon Aberdeen

St. Andrews Strathclyde

Caledonian

West of Scotland Dundee

首都圏 • Around £200M worth of research ongoing in Scottish Companies and University

in sensors every year •CENSIS is interface with 90 research groups

•source of world class domain knowledge and expertise in sensor product development

Research Overview – Sensor Innovation Centre

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Ocean Systems Laboratory

Prof Brown, Prof Lane, Prof Petillot • bio inspired sonar systems, AUV planning prognostics

• subsea robotics, computer vision, image and signal

processing, autonomous vehicles.

• sonar design, data fusion and underwater robotics,

autonomy for unmanned platforms

• Oil reservoir modeling, sensing and evaluation

University Research Overview

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Institute of Petroleum Engineering – 22 Professors • Carbon Capture and Storage

• Carbonate Reservoirs

• Enhanced Hydrocarbon Recovery

• Hydrate-Phase equilibria

• Multiscale Modeling and flow simulation

• Petroleum geosciences and reservoir geophysics

• Production technology and chemistry

• Uncertainty quantification

University Research Overview

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University Research Overview

Centre for Ultrasound Engineering – Prof Gordon Hayward

• world leader in the development of transducer arrays

• wideband piezoelectric composite technology to high frequency sonar applications

encompassing both military and commercial applications

• sonar applications in the frequency range 50 kHz to 1 MHz

• Ultrasonics, Sonar, NDT, Medical Ultrasound Imaging

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University Research Overview

• Prof Neilson, Prof Wang, Prof Watson , Prof Allen

• subsea quantum gravity gradiometers

• subsea digital holographic imaging

• wireless sensor networking for subsea

• laser induced breakdown spectroscopy

• Prof Pollard, Prof Prabhu, Prof Steel

• subsea molecular sensing, taggants, leak detection

• fibre bragg integrity monitoring

• ultrasonic pipeline inspection systems

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University Research Overview – Oceanlab

• unmanned robot LANDERS used for data collection rated to

12,000m

• engineering laboratories, high pressure chambers, vibration

tables, immersion tanks and all facilities needed to design,

build and test deep-sea systems

• high pressure test vessel for testing subsea equipment and

certifying housings to 7,000m depth

• world-record for a remotely-controlled dive to 10.5km depth in the Pacific Ocean trench,

• recording video of the world's deepest living creatures with

Atmosphere and Ocean Research Institute at University of Tokyo

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The world's deepest ever video of live fish. Lirarids Filmed at 7703m in the Japan Trench, October 2008

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Subsea Education and Training

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University Post Graduate Teaching

• Strathclyde University - MSc Subsea Engineering • Inspection and Survey

• Offshore Engineering Practice

• Risers and Mooring Lines

• Subsurface Technology

• Marine Pipelines

• Maritime Safety and Risk

• Subsea Systems and Installation

• Dynamics of Floating Offshore Installations or

• Computational Free Surface Hydrodynamics or

• Theory and Practice of Marine CFD

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University Post Graduate Teaching

• Robert Gordon University : Introduction to Subsea Engineering

• Distance learning

• Subsea as an industry,

• the basic elements of the oil and gas industry for those new to the industry,

• the components used in subsea completions, production of fluids, interventions, flowlines,

manifolds, wells or multiwells.

• Subsea Completions, control systems, flow assurance, pipeline fundamentals, installation,

umbilicals, power cables, risers and topsides, new systems

• Subsea boosting to enhance oil recovery from marginal and depleted reservoirs

- The development of lightweight risers and pipes for deepwater applications

- Thermal management of pipelines to assure flow

- Post-Macondo oil spill response technology

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University Post Graduate Teaching

• University of Aberdeen : MSc Subsea Engineering

• 27 month distance learning or 12 month onsite

• accredited by the Institute of Marine Engineering, Science & Technology

(IMarEST) and Institution of Mechanical Engineers (IMechE), the Institution of

Civil Engineers (ICE), the Institution of Structural Engineers (IStructE), the

Institute of Highway Engineers (IHE) and the Chartered Institution of

Highways & Transportation (CIHT).

• understanding of the development and operation of subsea technologies and

systems, from wellhead to topside structure interconnections.

• Subsea Production Systems

• Fundamental Safety Engineering & Risk Management Concepts

• Subsea Control

• Subsea integrity construction inspection and maintenance

• Pipeline, soil mechanics, riser systems, hydrodynamics, flow assurance

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University Post Graduate Teaching

• MSc Petroleum Engineering and Geosciences • running since 1975, Distance learning or onsite 4 programmes. CPD short programmes

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North Sea Future Strategy

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Centres of Excellence

A long tradition of innovation and 15 universities allow Scotland to consistently punch above its weight as a destination for world leading R&D operations. • Some examples of internationally excellent or world-class oil & gas research

capability in Scotland are:

Resonance Enhanced Drilling research Aberdeen University

Mineral law and policy University of Dundee

Gas Separation research University of Edinburgh

Materials/nanotechnology research Glasgow University

Flow Assurance Heriot-Watt University

Drilling simulator Robert Gordon University

Environmental Studies St Andrews University

Asset integrity Strathclyde University

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Scottish universities have a diverse range of capabilities and facilities that focus on Oil and Gas education, research and development. Each of the universities noted above has different focuses and approaches. Collectively, Scottish universities have a common deep understanding of the underpinning mechanisms and processes that govern the production of Oil and Gas and there are a number of academics based in Scotland whose research has had worldwide impact. These impacts have been notable in the fields of oilfield chemistry, geosciences for exploration and reservoir characterisation, computer modeling, technological development, sensors technology, and subsea processing. Knowledge exchange between HEIs and industry remains of paramount importance in this sector. For example, Scotland’s HEI have a long history in the development of sensor technology suitable for asset integrity monitoring, down hole applications and seismic imaging.

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UKCS Evolution

• Gas production started SNS in late 1960s – 50 metres

• Oil production started NNS in mid-1970s – 200 metres

• West of Shetland started late 1990s – approx 500 metres

• Atlantic margin – between 1500 - 5000 metres

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UKCS Production

• UK is in the top 25 global producers of both oil (25th) and gas (22nd)

• Produced 1.44 million boe per day in 2012

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UKCS Reserves

• Up to 24 billion boe still to be recovered

• Technology and investment key to unlocking potential

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Industry Strategy

• Oil & Gas Industry Leadership Group

• Vision – Maximising Resource Recovery

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The following six priority areas have been identified as central to our objectives: Supply Chain – Domestic- Skills Supply Chain – International- Innovation New Opportunities- Industry Place Promotion The vision of maximum resource recovery will be built around: strengthening our supply chain expertise - at home and overseas applying innovation and technology I will now talk about one of the areas of opportunity for improving recovery rates in the UKCS – CO2-EOR

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CO2-EOR Potential

The most likely technical incremental oil potential for CO2-EOR exceeds 5 billion barrels, dispersed across the UK, Norwegian and Danish sectors of the North Sea.

Source: Scottish Enterprise – CO2-EOR Potential for Scotland

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Scottish enterprise commissioned a study in 2012 to look at the potential impacts of CO2-EOR in the North Sea. The study indicated the potential to recover an additional 5 billion barrels of oil and significant economic benefits to Scotland. However the window of opportunity is narrowing as oilfields become depleted and the economic case for maintaining infrastructure is difficult if alternative commercial use is not found. The only way to deliver the necessary volumes of CO2 is to implement Carbon Capture & Storage.

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Carbon Capture and Storage (CCS) - Overview

Source: Gov.UK, Peterhead Project

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What is Carbon Capture and Storage? Once developed at scale CCS could: - allow the safe removal and permanent storage of carbon dioxide emissions from coal and gas power stations - remove and permanently store emissions from large industrial sources such as steel or cement factories

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The Vision of a CCS Hub

“The Central North Sea can produce multiple CCS projects quicker than anywhere else in the UK. The CNS fulfils the UK’s own needs, and also opens a gateway to Europe, to safeguard high value jobs in the UK and provide long-term taxable revenue”.

Prof. Stuart Haszeldine, Research Director SCCS

Sets out the vision of the Central North Sea as a hub and presents several scenarios on how it might expand in the future.

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The picture in front of you shows a cross section of the Captain Sandstone which is one of the most well studied saline formations in the North Sea. This was the starting point of our work around a Central North Sea Storage Hub and this vision was published by Scottish Carbon Capture and Storage in 2012. This report at a high level identified the Central North Sea as a potential storage solution for Scotland and indeed Europe. It also set aside a vision of how the CCS Hub concept could develop over the coming decades.

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Scotland’s assets for CCS

Storage assests

Experienced Oil and Gas

supply chain

Existing infrastructure

in place

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Transition from looking at Peterhead at a local level to the national level.

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North Sea Storage Assets

Offshore, Scotland has an abundance of storage under the Central North Sea (CNS), including depleted hydrocarbon fields and large saline aquifers. The potential CO2 storage capacity in the North Cea is enormous; estimated at severals tens of Gt. There should be sufficient capacity to meet the UK’s needs up to 2050 using CNS stores. This would still leave capacity to satisfy a storage demand from North Sea basin countries. Source: DECC- CCS Roadmap/ Scottish Government / Scottish Enterprise Hub report

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There are abundant CO2 storage capacity (tens of gigatonnes) in the Central North Sea – the Goldeneye gas condensate field being an immediate possibility and it is likely that saline aquifers (such as Captain sandstone saline aquifer) and some of the many depleted hydrocarbon fields in the CNS can provide bankable storage capacity by the 2020s. The study categorised stores within brine-saturated sandstones (saline aquifers) and hydrocarbon fields identifying some of the latter as having potential for Enhanced Oil Recovery (EOR) using CO2. All or part of each of ten saline aquifers shortlisted, out of more than 80, lie within the central North Sea; between them they could have a storage capacity in the range 4,600 to 46,000 million tonnes. Twenty of the 29 hydrocarbon fields identified, out of more than 200, also had potential for CO2 storage. These results have since been substantiated and qualified by the ETI’s £4m UK Storage Appraisal Project, although the results have not yet been made fully public. The theoretical potential CO2 storage capacity within the central North Sea (central estimate ca. 40 Gt) is the largest within the UK Continental Shelf (UKCS). The prospective capacity will be less, as will be the case in all parts of the UK offshore.

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The existing Oil and Gas supply chain

The Exploration & Production industry is serviced by a very well developed supply chain. In principle there is nothing unique about offshore CCS operations. The following services are applicable to an offshore CCS industry: - Seismic - Reservoir modelling - Drilling & well services - Fabricators - Pipeline & equipment services - Facilities services (inspection/repair) - Logistics - Dive services

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You could mention that the development of a dedicated CCS supply chain, or the diversification of the existing one could extend the life of the North Sea beyond exploration an decommissioning.

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The existing network and installations

Decades of exploration of Oil and Gas in the North Sea has led to an extensive pipeline and infrastructure network on the East Coast and in the North East of Scotland 70% of Scotland’s CO2 emissions from power and industry sources are located within 10km of the Feeder 10 pipeline The Peterhead / St. Fergus area is therefore the ideal location for a CCS Hub in Scotland It paves the way for a large scale and low cost roll-out of CCS in the UK.

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Scotland offers a number of opportunities for onshore transport infrastructure. There is no single “optimal” solution however, as stakeholders have diverse priorities and investors will need to manage real uncertainties around the timing, location and capacities of sources and sinks, and also factor in public opinion. Some of these uncertainties could be contained, but not eliminated, with pro-active efforts to designate corridors where CO2 pipeline infrastructure is favoured. Based on current proposals, useful pipeline corridors would be between Peterhead and St. Fergus, around the industrial emitters near the Forth estuary, and between the Forth Estuary and St.Fergus. Connection of the small, isolated CO2 emitters in the south or west of Scotland, or on Scottish islands, by dedicated new pipelines to an integrated network based around the Forth or the Forth-St.Fergus is expected to be prohibitively expensive, unless these sites can be anchored to a new large power CCS project.

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2030 2050

Future scenarios

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Looking further ahead into the 2030’s you can see that the CCS Industry is developing at pace with cost of capture transport and storage all reducing due to the increased understanding and developments in technology. We have the formation of clusters or hubs which drive the economies of scale, In Scotland we have the anchor hub of Peterhead/St Fergus as well as a cluster around the forth Estuary where the Captain Clean Energy Project is based. In England you can see the Clusters around Teeside and Humber region where a number of major emitters co-exist. In the 2030’s with the increased supply of CO2 and connecting infrastructure there will be a strong uptake of CO2 for Enhanced Oil Recovery as well as permanent sequestration. In addition further geological appraisal of storage formations will continue to facilitate EU level storage. By 2050s you can see the formation of yet more hubs across Europe with the opportunity to transport CO2 via a shared European pipeline connecting Western Europe to the North Sea. Such is the storage potential of the North Sea it offers a European level storage resource. In addition to the increased storage it is likely that CO2 EOR will be commonplace extending the field life of many north sea oil fields and generating substantial tax returns in the process. And of course to deliver all of this will require extensive expertise, technology and experience form the oil & gas industry and in particular the subsea engineering sector.

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Thank You